Ships are often subjected to high wind, high sea conditions and cold enviroments. The SHM system will be used to monitor the environmental conditions, load responses of the structure, and detect defects. For these situations, alert notifications will be sent to operators immediately to take appropriate management actions. Information from the SHM system are seamlessly combined by our smart technology platform to provide an instantaneous and centralized dashboard for visualization.
Our unique, integrated system platform, together with our proven expertise allow us to proudly offer the most robust SHM solution available in the market today.
SMARTSHIP is our proprietary SHM system, providing the most comprehensive monitoring solution for the ships.
Sensors and data logging devices positioned on the ship structure are connected to state-of-the-art SHM monitoring software running on the edge server. This software continuously monitors the integrity of the ship structure and sends realtime event data to the SHM management dashboard.
The SMARTSHIP advanced monitoring system continuously evaluates the structures for fatigue performance. The foundation of this method is based on the fact that the change of vibrating signals and their patterns reflects the status of structural properties, such as structural stiffness and strength. The application of AI algorithms on these patterns allows an accurate understanding of the status of an actual system without conducting a rigorous analytical understanding of the structure. Data analysis for early fatigue damage detection and the trained AI determine the damage locations and their severity
The mobile-friendly dashboard is intuitive to use and provides drill-down functionality from the initial singlescreen overview through increasingly detailed levels of data and information as needed.
The dashboard works seamlessly with SMARTSHIP’s computational platform to organize, store and display current SHM data and reports. Password security is provided to avoid unauthorized access to information.
The dashboard includes advanced features such as sensor display, event list, data repository, report repository and more features. It also provides an asset management layout showing all structural information relevant to the monitored ship.
As assets grow older, maintenance costs show a corresponding, significant increase.
SMARTSHIP uses AI-powered Inspection and maintenance prioritization allowing for timely action.
Ships are generally required to last 20 to 25 years, with failure rates are higher in the first three years.
SMARTSHIP increases lifetime by providing early diagnosis of issues.
Asset failure results in ship downtime and loss of income.
SMARTSHIP boosts availability by converting conventional sensor control into SMART control.
SMARTSHIP improves ROI by avoiding costly repairs and operational stops.
Start using your data without the long setup and long learning curve Native support for all industry data loggers and sensors
AI and real-time, onboard analytics with rapid issue notification
Helping professionals worldwide for single or multiple projects
24/7 ongoing support for system and services
Trusted Worldwide For Structural Health Monitoring Solutions